TITAN's Digital RFQ Ion Beam Cooler and Buncher, Operation and Performance
T. Brunner,T. Brunner,M.J. Smith,M.J. Smith,Maxime Brodeur,Maxime Brodeur,S. Ettenauer,S. Ettenauer,Aaron Gallant,Aaron Gallant,Vanessa V. Simon,A. Chaudhuri,Alain Lapierre,E. Mané,Ryan Ringle,M.C. Simon,J.A. Vaz,P.P.J. Delheij,M. Good,M. R. Pearson,Jens Dilling,Jens Dilling +21 more
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TLDR
In this paper, the authors present a description of the Radio Frequency Quadrupole (RFQ) ion trap built as part of the TITAN facility, which is the first such device to be driven digitally, i.e., using a high voltage (V pp = 400 V ), wide bandwidth ( 0.2 f 1.2 MHz ) square-wave as compared to the typical sinusoidal wave form.Abstract:
We present a description of the Radio Frequency Quadrupole (RFQ) ion trap built as part of the TITAN facility. It consists of a gas-filled, segmented, linear Paul trap and is the first stage of the TITAN setup with the purpose of cooling and bunching radioactive ion beams delivered from ISAC-TRIUMF. This is the first such device to be driven digitally, i.e., using a high voltage ( V pp = 400 V ), wide bandwidth ( 0.2 f 1.2 MHz ) square-wave as compared to the typical sinusoidal wave form. Results from the commissioning of the device as well as systematic studies with stable and radioactive ions are presented including efficiency measurements with stable 133Cs and radioactive 124,126Cs. A novel and unique mode of operation of this device is also demonstrated where the cooled ion bunches are extracted in reverse mode, i.e., in the same direction as previously injected.read more
Citations
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Journal ArticleDOI
Introductory Nuclear Physics. David Halliday. New York: Wiley; London: Chapman & Hall, 1950. 558 pp. $6.50
Journal ArticleDOI
Precision Atomic Physics Techniques for Nuclear Physics with Radioactive Beams
TL;DR: In this article, the basic principles of laser spectroscopic investigations, Penning-trap and storage-ring mass measurements of short-lived nuclei are summarized and selected physics results are discussed.
Journal ArticleDOI
Dawning of the N=32 shell closure seen through precision mass measurements of neutron-rich titanium isotopes
Erich Leistenschneider,Erich Leistenschneider,Moritz P. Reiter,Moritz P. Reiter,S. Ayet San Andrés,S. Ayet San Andrés,B. Kootte,B. Kootte,Jason D. Holt,Petr Navrátil,C. Babcock,Carlo Barbieri,B. R. Barquest,Julian Bergmann,J. Bollig,J. Bollig,T. Brunner,T. Brunner,E. Dunling,E. Dunling,A. Finlay,A. Finlay,Hans Geissel,Hans Geissel,L. Graham,Florian Greiner,Heiko Hergert,Christine Hornung,C. Jesch,R. Klawitter,R. Klawitter,Y. Lan,Y. Lan,Daniel Lascar,Daniel Lascar,K. G. Leach,Wayne Lippert,J. E. McKay,J. E. McKay,S. F. Paul,S. F. Paul,Achim Schwenk,Achim Schwenk,Achim Schwenk,D. Short,D. Short,J. Simonis,V. Somà,R. Steinbrügge,S. R. Stroberg,S. R. Stroberg,Robert Thompson,Michael E. Wieser,Christian Will,Mikhail I. Yavor,Corina Andreoiu,Timo Dickel,Timo Dickel,Iris Dillmann,Iris Dillmann,Gerald Gwinner,Wolfgang R. Plaß,Wolfgang R. Plaß,C. Scheidenberger,C. Scheidenberger,A. A. Kwiatkowski,A. A. Kwiatkowski,Jens Dilling,Jens Dilling +68 more
TL;DR: These measurements represent the first scientific results of TITAN using the newly commissioned multiple-reflection time-of-flight mass spectrometer, substantiated by independent measurements from TITAN's Penning trap mass Spectrometer.
Journal ArticleDOI
Phase-Imaging Ion-Cyclotron-Resonance technique at the JYFLTRAP double Penning trap mass spectrometer
Dmitrii Nesterenko,Tommi Eronen,Anu Kankainen,L. Canete,Ari Jokinen,Iain Moore,Heikki Penttilä,Sami Rinta-Antila,A. de Roubin,M. Vilen +9 more
TL;DR: The phase-imaging ion-cyclotron-resonance (PI-ICR) technique has been used at the JYFLTRAP double Penning trap mass spectrometer.
Journal ArticleDOI
The LEBIT ion cooler and buncher
TL;DR: A detailed description of the ion cooler and ion buncher installed at the Low Energy Beam and Ion Trap Facility (LEBIT) at the National Superconducting Cyclotron Laboratory (NSCL) is presented in this article.
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